Desarrollo de prototipos TRL5 y TRL7 para el convenio de desempeño de la unidad de dispositivos médicos

Desarrollo de 3 servicios a empresas que desarrollan dispositivos médicos, financiado por el Instituto Tecnológico de la Producción

MASI: Ventilador mecánico nacional de bajo costo con características mínimas para la emergencia del COVID-19

Diseño, Implementación de prototipo, Fabricación en masa, servicio de pos-entrega, y estudios clínicos del ventilador MASI, fabricado como respuesta de la PUCP ante la emergencia de la COVID 19.

Smartphone Thermal ANalysis for Diabetic foot Ulcer Prevention and treatment

Diabetic foot (DF) disease includes neuropathy, peripheral arterial disease and infection which may lead to ulceration and subsequent lower limb amputation. DF ulcers could be further reduced according to diabetes experts. Temperature is one of the possible clinical parameter which is not currently well exploited. Recently, smartphones can acquire thermal images thanks to dedicated thermal camera. The STANDUP project proposes a smartphone based system such that mobile, accurate, friendly, low cost and fast thermal analysis of the plantar foot surface can be achieved. The smartphone thermal imaging system will be composed of a smartphone running under Android or iOS, and of a FlirOne thermal camera. In the STANDUP project, two effective and friendly thermal smartphone applications will be developed. The first one (A1: hyperthermia detection and analysis of thermal variations in time) will permit to detect possible hyperthermia of the plantar foot surface and will analyze temperature variations on targeted regions of interest. The second smartphone application will assess temperature, color, and 3D shape of DF ulcer along time. These smartphone applications will be evaluated during clinical trials in hospitals. In the first clinical trial, a cold stress test will permit to detect neuropathy and peripheral arterial disease. In the second clinical trial, temperature, color, and 3D shape in DF ulcers will be studied during its treatment. The third clinical study will assess the effectiveness of new insoles, these new insole will be developed during STANDUP with the objective to relive hyperthermia in DF. These 2 smartphone applications will be enhanced to result in an advanced prototype of smartphone based system for the targeted medical applications. This advanced smartphone thermal prototype, and the new insoles, will be developed during STANDUP to rapidly address novel market demands in DF early diagnosis, and in DF ulcer prevention and treatment.

Medición de volumen de lesiones producidas por leishmaniasis cutánea utilizando un escáner laser de triangulación 3D.

Obtención del volumen de lesiones de leishmaniasis cutánea haciendo uso de un escáner laser de triangulación 3D con la aplicación de herramientas de geometría computacional, procesamiento de imágenes, e interpolación.

Castaneda B., Hosey D., Strang J., Rubens D.J., Parker K.J., Yao J., Qu Z., ¿Tumor Pathology Report In 3D Dynamic Image Format,¿ 2009.